Experimental drug cuts Parkinson's-linked protein up to 60% in early trial
medicalxpress - An experimental drug designed to silence a gene strongly linked to Parkinson's disease has shown encouraging effects in a first-in-human clinical trial, according to a study published in Nature Medicine. The drug, known as BIIB094, targets LRRK2, the most…
AI Summary: An experimental therapeutic cut levels of a Parkinson’s‑linked protein by up to 60% in an early human study, while complementary preclinical work identified a compound that clears toxic Parkinson’s proteins from brain tissue. The twin findings hint at disease‑modifying potential, though meaningful clinical benefit and long‑term safety remain to be demonstrated.
Insmed shelves Brinsupri in skin disease after mid-stage flop
Elizabeth Cairns / endpoints - Insmed has given up on Brinsupri in the painful skin disorder hidradenitis suppurativa (HS) after a mid-stage trial failure. The company had ditched the pill in sinus inflammation at the end of last year. The ...
AI Summary: Insmed announced it will halt development of Brinsupri for a dermatologic indication following disappointing mid‑stage trial results. Company commentary stressed the skin setback does not negate Brinsupri’s potential in pulmonary indications, but investors and clinicians will understandably ask for clearer signs of life before buying the comeback story.
Scientists finally uncover why promising cancer drugs keep failing
sciencedaily - Cancer drugs known as BET inhibitors once looked like a breakthrough, but in real patients they’ve often fallen short. New research reveals a key reason why: two closely related proteins, BRD2 and BRD4, don’t actually do the same job. Instead, BRD2 acts l…
AI Summary: Scientists uncovered a cellular survival mechanism that helps tumors withstand DNA damage, offering a concrete explanation for why numerous promising anti‑cancer agents stumble in clinical trials. The discovery exposes a resistance pathway that blunts drug efficacy and suggests new targets to sensitize tumors and potentially revive stalled therapies — which, yes, might finally save some development budgets.
- BET inhibitor paradox — BRD2 preps, BRD4 triggers gene activation (3)
- OTHER — Diverse resistance mechanisms and maps of tumor adaptation (6)
- Replication-fork rescue — Tumors patch DNA breaks to survive therapy (3)
- RNA regulation vulnerabilities — RNA editing and noncoding RNAs expose targets (3)
- All Other Stories
BET inhibitor paradox — BRD2 preps, BRD4 triggers gene activation
OTHER — Diverse resistance mechanisms and maps of tumor adaptation
Replication-fork rescue — Tumors patch DNA breaks to survive therapy
RNA regulation vulnerabilities — RNA editing and noncoding RNAs expose targets
All Other Stories
Gilead Activates Its Pipeline: Option Exercises at Cartography Bio and Kymera Signal Accelerating Oncology Execution
oncodaily - In a pair of announcements that underscore Gilead Sciences’ intensifying commitment to oncology, two of its collaboration partners, Cartography Biosciences and Kymera Therapeutics, revealed today that Gilead has exercised exclusive […]
AI Summary: Gilead moved to accelerate its oncology strategy by exercising option agreements with smaller biotech partners, including Kymera and Cartography Bio. The moves signal targeted investment in protein degraders and other novel modalities, shoring up the company’s mid‑stage pipeline and hinting that big pharma still prefers buying options to inventing overnight.
Oricell Lands $110M to Take Cell Therapy to New Territory in Cancer
Frank Vinluan / medcitynews - There are no FDA-approved therapies for GPC3, a protein highly expressed by liver cancers. Oricell Therapeutics claims its cell therapy could be best in this class, but it faces competition from companies such as AstraZeneca and Eureka Therapeutics. The p…
AI Summary: Oricell, a China‑based CAR‑T developer, secured fresh financing to accelerate its cell‑therapy programs and support plans to go public. The fundraising will bankroll clinical expansion, manufacturing scale‑up, and regulatory preparations as the company pushes toward broader development and an IPO ambition, positioning it to compete in the crowded CAR‑T market.
FDA Approves Relacorilant with nab-Paclitaxel for Platinum-Resistant Epithelial Ovarian, Fallopian Tube, Or Primary Peritoneal Cancer
esmo - Evidence for efficacy is based on the findings from the ROSELLA study
AI Summary: The FDA granted marketing authorization for relacorilant in combination with nab‑paclitaxel to treat platinum‑resistant epithelial ovarian, fallopian tube and primary peritoneal cancers. Regulators cited clinical benefit in a difficult‑to‑treat population, providing an additional therapeutic option for patients with limited choices and marking an important regulatory milestone.
James P. Allison, PhD, FAACR, Honored With the 2026 AACR Award for Lifetime Achievement in Cancer Research
oncodaily - James P. Allison has been honored with the 2026 AACR Award for Lifetime Achievement in Cancer Research, a distinction recognizing his extraordinary scientific achievements and enduring impact on modern oncology. […]
AI Summary: James P. Allison received the 2026 AACR Award for Lifetime Achievement in Cancer Research for pioneering work in cancer immunotherapy. The award recognizes decades of transformative science that helped establish immune‑checkpoint blockade as a foundational cancer treatment, altering therapeutic strategies across multiple tumor types.
Antoni Ribas, MD, PhD, FAACR, Honored With the 2026 AACR-Margaret Foti Award
oncodaily - The American Association for Cancer Research (AACR) has named Antoni Ribas as the recipient of the 2026 AACR-Margaret Foti Award for Leadership and Extraordinary Achievements in Cancer Research, recognizing a […]
AI Summary: Antoni Ribas was honored with the AACR‑Margaret Foti Award in recognition of leadership and major contributions to cancer research. The award spotlights Ribas’ influence on immunotherapy development and cancer science translation, celebrating a career that has shaped both scientific agendas and clinical practice.
UCLA Researchers Develop Low-Cost Blood Test to Detect Multiple Cancers And Other Diseases From a Single Sample
oncodaily - The new method analyzes genome-wide methylation of DNA circulating in the bloodstream to detect liver, lung, ovarian and stomach cancers, as well as several non-cancer conditions. UCLA scientists have developed […]
AI Summary: Researchers at UCLA introduced a low-cost blood test capable of detecting multiple cancers and other diseases from a single sample, promising broader screening reach and earlier detection. If validated at scale, the technology could lower barriers to multi-cancer screening, reshape diagnostic pathways, and offer cheaper, simpler surveillance—assuming the usual caveats about follow-up testing and false positives.
- Frontline: ctDNA and cfDNA - monitoring, screening, and reliability questions (4)
- On location: early-detection debates, AI risk stratification and screening value (4)
- On the ground: UCLA’s inexpensive blood test expands multi-disease detection (4)
- All Other Stories